2012 Ford KA 1.2L Petrol · GL12 NWF

Corrosion and suspension wear form the central mechanical narrative of this 2012 Ford Ka, with the 2025 test on 6 September recording a pass alongside five advisories that mirror the findings of previous examinations. The pattern is established and worsening rather than resolving: coil spring corrosion was first flagged on the offside front in January 2025 and reappeared on all four springs in September 2025, while rear coil spring mounting corrosion has been noted at both recent tests and the 2022 record also carried a coil spring advisory. The 2022 inspection produced the only failure in the recorded history, with a major defect for an excessively worn rear upper shock absorber bush and a major engine management indicator lamp fault, both of which were rectified for the following pass. Across the eight recorded tests since 2018, brake disc wear on both front discs has been flagged at the last two examinations, underbody corrosion has appeared in 2025, a front structural cross member corrosion advisory was issued in 2022, and an exhaust gas leak on the front section was noted at both 2022 tests. The trajectory is one of accumulating chassis and underbody deterioration typical of a small hatchback approaching its mid-teens, with no clean pass recorded since January 2024. The recorded mileage of 81,609 miles against a 2012 registration equates to an average of roughly 5,800 miles per year, which is notably low for the vehicle's age and points to either limited regular use or extended periods of standing. The mileage progression between tests is broadly consistent rather than erratic, with gaps such as the interval from December 2020 to April 2022 aligning with the period covering the recorded failure and subsequent retest. Low annual accumulation reduces wear on major drivetrain components such as the engine, clutch and gearbox internals, but it does not mitigate the corrosion issues evidenced in the record, as underbody and suspension deterioration is driven more by environmental exposure and road salt than by distance covered. Long standing periods can also encourage dry rot in rubber components, brake disc surface corrosion and degradation of brake fluid, although the test record only confirms visible brake disc pitting rather than seizure. The mileage profile should therefore be read as protective of mechanical internals but entirely consistent with the corrosion-led advisory pattern. A prospective buyer should pay particular attention to the suspension system, as the history shows coil spring corrosion on all four springs, rear coil spring mounting corrosion at both rear hangers, an excessively worn rear upper shock absorber bush in 2022, and a general suspension arm pin or bush wear advisory in September 2025. On a test drive, listen for clonking or knocking noises from the rear over uneven surfaces, which would suggest the shock absorber mounts or hangers have deteriorated beyond the advisory stage, and feel for any looseness or vagueness through the front suspension on direction changes that could indicate the worn arm pin or bush has progressed. Examine the rear spring seats and shock absorber top mounts visually for distortion or cracking through the paint, as corroded coil spring hangers can eventually collapse, and check that the vehicle sits level with no sagging at either corner. The braking system requires specific checks given the recurring front brake disc advisories at the last two tests, which describe both discs as worn, pitted or scored but not seriously weakened. On inspection, run a finger carefully along the disc outer edge to feel for a pronounced lip and check for visible scoring or blueing from heat, as pitted surfaces reduce braking efficiency in wet conditions and can produce pedal judder under heavy application. Listen for any grinding or rubbing from a binding caliper when the car is moving off slowly, and verify that the handbrake holds on an incline, since rear brake mechanisms on low-mileage cars left standing can seize. The underbody and front cross member, both flagged for corrosion, warrant a physical inspection on a ramp to assess the extent of any structural weakening, and the front exhaust noted as leaking in 2022 should be checked for renewed escape of gases, ticking noises under load or visible soot deposits around joints. The engine management light flagged as inoperative or indicating a malfunction in 2022 was apparently rectified, but a scan for stored fault codes would confirm no underlying issue persists.